No snow yet. Snow depth and the seven-day outlook appear once snow is on the ground or forecast.
Typical snowfall
472cm
A weather-model figure, worked out the same way for every ski area, and lower than what actually falls. Use it to compare ski areas, not against the resort’s own totals. How we measure →
Elevation
1,259–1,971 m
Across
4.2 km
We do not show a snow depth here. The weather model we use reports snow lying on the ground — it knows nothing about grooming or snowmaking, and it is not the base depth a ski area publishes. In Japan we can check our figures against 234 weather stations. Outside Japan there is nothing to check them against, so we do not print a number we have not verified.Snow report on the official site ↗
Chapelco Ski Resort, in Argentina, runs from 1,259 m at the base to 1,971 m at the top. Its mapped area is about 4.2 km across, with 37 marked runs and 15 lifts (about 28 km of piste in all).
Over the last twelve winters the ERA5 weather model gives it 472 cm of snowfall a season, 95th (tied) of 3,069 worldwide and 3rd in Argentina. It swings a lot from year to year: the biggest winter, 2020 (672 cm), brought more than twice as much as the leanest, 2016 (246 cm). Snowfall days average −1.6°C at mid-mountain, close to freezing, so the snow is often heavy, and its snow-quality score ranks 5th of 13 in Argentina.
How much snow it gets
Modelled from weather data the same way at all 3,069 ski areas we cover. These are not the resort’s own published figures.
Seasonal snowfall
472cm
per season
Worst of 12 winters
246cm
The middle winter of the 12: 518 cm. The best: 672 cm.
World rank
95
of 3,069 worldwide
Rank in country
3
of 13 in Argentina
Elevation rank
8
Highest to lowest, of 13 in Argentina. The centre point sits at 1,604 m, 7 m below the national median.
Quality rank
5
of 13 in Argentina
Temp when snowing
−1.6°C
Japanese median: −3.6°C
Rain days
21%
Japanese median: 16%
Days over 5 cm
22%
Japanese median: 15%
Wind when snowing
18km/h
Average daily peak, 10 m above ground across a model grid cell; not the wind on ridges or lift tops
Dryness26
Frequency62
Freedom from rain46
Calm when snowing (model grid)96
The tick marks the median across every Japanese ski area we measure. All four bars run the same way — longer is better.
The quality score leaves out how much snow falls (it uses temperature, frequency, rain and wind).
Runs and lifts
Counted from the runs and lifts drawn on OpenStreetMap, within the boundary of the ski area. These are not the resort’s own published figures.
Marked runs
37
Run length
28km
Lifts
15
Vertical
712m
Top 1,971 m · base 1,259 m
Run map
NoviceEasyIntermediateAdvancedLift
North is up. Runs are coloured by difficulty; black lines are lifts.Slope shape, difficulty and lift types
The shape of the mountain
Longest run on the map5.8 km
Steepest pitch34°measured over at least 30 m
Average gradient of the runs10.4°
Which way the slopes face
North61%
East5%
South1%
West33%
66% of the vertical on the runs descends to the north or east; plenty of the terrain faces the sun as well, so the lean is modest.
The most snow falls in June. September brings 57% of July’s snowfall. That is in line with the median for ski areas in Argentina (61%). In amount, September brings 74 cm, more than the median of 56 cm.
139cmJun
129cmJul
116cmAug
74cmSep
Average snowfall by month, last 12 winters
Winter by winter
Across the 12 winters measured, the average is 472 cm, and 5 of them fell short of it. The leanest was 2016 with 246 cm; the biggest was 2020 with 672 cm (2.7 times as much).
386
246
548
464
591
672
309
610
555
530
247
506
’15’16’17’18’19’20’21’22’23’24’25’26
Snowfall each winter (June–September total). The dashed line is the average; the numbers mark the leanest and the biggest winter.
Map
The weather map, and where it sits among nearby ski areas.
Argentina's median ski area gets 348 cm a season — more than Japan's 249 cm, and the highest median of any country we measure with ten or more ski areas. New Zealand's median is 144 cm. The English-language northern-summer ski trip points at the wrong hemisphere's end.